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Preface | |
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Acknowledgements | |
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Introduction | |
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Special chemical requirements of biomolecules | |
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Factors affecting analyte structure and stability | |
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pH effects | |
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Temperature effects | |
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Effects of solvent polarity | |
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Buffering systems used in biochemistry | |
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How does a buffer work? | |
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Some common buffers | |
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Additional components often used in buffers | |
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Quantitation, units and data handling | |
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Units used in this text | |
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Quantitation of protein and biological activity | |
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Objectives of this book Bibliography | |
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Chromatography | |
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Principles of chromatography | |
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The partition coefficient | |
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Phase systems used in biochemistry | |
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Liquid chromatography | |
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Gas chromatography | |
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Performance parameters used in chromatography | |
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Retention | |
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Resolution | |
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Physical basis of peak broadening | |
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Plate height equation | |
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Capacity factor | |
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Peak symmetry | |
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Significance of performance criteria in chromatography | |
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Chromatography equipment | |
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Outline of standard system used | |
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Components of a chromatography system | |
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Stationary phases used | |
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Elution | |
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Modes of chromatography | |
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Ion exchange | |
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Gel filtration | |
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Reversed phase | |
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Hydrophobic interaction | |
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Affinity | |
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Immobilised metal affinity chromatography | |
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Hydroxyapatite | |
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Open-column chromatography | |
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Equipment used | |
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Industrial-scale chromatography of proteins | |
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High-performance liquid chromatography | |
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Equipment used | |
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Stationary phases in HPLC | |
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Liquid phases in HPLC | |
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Fast protein liquid chromatography | |
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Equipment used | |
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Comparison with HPLC | |
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Perfusion chromatography | |
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Theory of perfusion chromatography | |
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The practice of perfusion chromatography | |
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Membrane-based chromatography systems | |
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Theoretical basis | |
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Applications of membrane-based separations | |
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Chromatography of a sample protein | |
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Designing a purification protocol | |
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Ion exchange chromatography of a sample protein:Glutathione S-transferases | |
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HPLC of peptides from glutathione S-transferases Bibliography | |
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Spectroscopic Techniques | |
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The nature of light | |
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A brief history of the theories of light | |
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Wave-particle duality theory of light | |
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The electromagnetic spectrum | |
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The Electromagnetic Spectrum | |
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Transitions in spectroscopy | |
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Ultraviolet/visible absorption spectroscopy | |
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Physical basis | |
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Equipment used in absorption spectroscopy | |
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Applications of absorption spectroscopy | |
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Fluorescence spectroscopy | |
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Physical basis of fluorescence and related phenomena | |
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Measurement of fluorescence and chemiluminescence | |
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External quenching of fluorescence | |
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Uses of fluorescence in binding studies | |
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Protein-folding studies | |
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Resonance energy transfer | |
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Applications of fluorescence in cell biology | |
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Spectroscopic techniques using plane-polarised light | |
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Polarised light | |
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Chirality in biomolecules | |
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Circular dichroism (CD) | |
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Equipment used in CD | |
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CD of biopolymers | |
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Linear dichroism (LD) | |
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LD of biomolecules | |
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Plasmon resonance spectroscopy | |
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Infrared spectroscopy | |
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Physical basis of infrared spectroscopy | |
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Equipment used in infrared spectroscopy | |
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Uses of infrared spectroscopy in structure d | |